The phrase "adapt the cellular" is not correct and lacks clarity in written English.
It may be used in contexts discussing modifications or adjustments related to cellular structures or systems, but it requires additional context to be meaningful.
Example: "In order to improve the efficiency of the process, we need to adapt the cellular mechanisms involved."
Alternatives: "modify the cellular" or "adjust the cellular".
In macrophages, TLR activation induces changes in the lipid composition and properties of cellular membranes (Andreyev et al., 2010; Dennis et al., 2010), adapting the cellular morphology for polarization and pathogen phagocytosis.
Collectively, these data suggest that exposing dmDys to CH in contrast to exposing WT flies to CH induces a significant change on gene expression in order adapt the new cellular needs induced by stresses of flies lacking dystrophin.
Together, these observations suggest that in Charophycean algae a XyG-like polymer may be part of the PCW structure and that the mechanism by which hemicellulose is transglycosylated to adapt the PCW to cellular growth is conserved among streptophytes.
Most viruses are unable to adapt to the cellular structure of species other than the one in which they first evolve.
Cancer cells may adapt to the cellular stress and evade stress-induced apoptotic pathways by differentially activating the UPR branches.
Rather than a weakness of the virus, this might be considered as a way for the virus to adapt to the cellular context: as a result of such viral attenuation, the host response is largely reduced while the virus keeps its ability to replicate to some extent.
It seems that the occurrence of new cell types and cell interactions in the course of testis organogenesis made it necessary to adapt the system to the new cellular conditions by reusing the same players for testis stem cell niche positioning in an alternative manner.
I compare linear and non-linear models, including one adapted from the cellular bystander effect for α particles.
A first way to globally reduce the energy consumption in a cellular network is to adapt the cell layout to the traffic distribution by cell shaping (see Figure 5).
Joints are physiologically exposed to mechanical stress, which triggers gene expression and metabolic activity of chondrocytes in order to turn over the extra cellular matrix and eventually adapt the tissue to loading.
